Comparison and Optimization for LLC Half-bridge Resonant Converter Parameter Design LLC半桥谐振变换器参数设计法的比较与优化
Research on UPS Driving Circuit Controlled by DSP Based on Half-Bridge Inverter 采用DSP控制并基于半桥逆变器UPS驱动电路的研究
Research on ZVZCS Half-Bridge Three-Level DC/ DC Converter Based on Digital Control 数字控制ZVZCS半桥三电平直流变换器研究
Simulation Research of a Push-Pull Double-Ended Isolated Half-Bridge Converter 一种推挽式双端隔离变换电路的仿真研究
Analysis on the power adjustment principle of series half-bridge inverter main circuit of Thyristor intermediate frequency furnace 中频电炉串联半桥逆变器调功原理分析半导体二极管混频器
Finally, a control chip circuit for half-bridge inverter with a cascading piezoelectric transformer is planned and designed. 最后,压电变压器之半桥式共振反流器的系统控制晶片的系统控制电路被规划及设计。
Research on Three-phase Power Factor Correction based on Half-bridge Boost Converter 基于半桥Boost变换器的功率因数校正技术研究
In the design, to produce circuit TL494 as a PWM output control signals, control of the on-switch situation, the half-bridge flyback output on the basis of the power of multi-output. 在设计中,以TL494作为PWM产生电路输出控制信号,控制开关管的导通状况,在半桥反激式输出的基础上实现了电源的多路输出。
This thesis presents a half-bridge LLC resonant converter for large scale LCD TV power supply. 本文将设计及制作一个半桥LLC谐振式电源转换器以提供大尺寸的液晶电源使用。
Second inverter half-bridge inverter with coupled inductor topology. 二次逆变采用耦合电感的半桥逆变电路拓扑。
The design and realization of one-cycle controlled half-bridge DC/ DC converter are mainly discussed on the basis of presenting one-cycle control technical. 在论述单周期控制技术的基础上,重点讨论了单周期控制半桥DC/DC变换器的设计与实现,并给出了仿真与试验结果。
The working principle and current flow of single-stage isolated Boost half-bridge DC/ DC converter are analyzed to achieve its ZVS ( Zero-Voltage Switching) conditions. 为了获得单级隔离型升压半桥DC/DC变换器的软开关工作条件,对其工作原理和换流过程进行分析。
A high performance and high voltage half-bridge novel IGBT driver circuit is described in this paper. 介绍了一种高性能、高压集成新型半桥IGBT驱动电路。
Design of Control Circuit for Asymmetrical Half-bridge Zero Current Switching Quasi-resonance Converter 不对称半桥零电流准谐振变换器控制电路设计
Research on Half-bridge High-frequency Switching Steady-voltage Power Supply Based on IGBT 基于IGBT的半桥高频开关稳压电源研究
Design of An Improved Isolated Driving Circuit of Asymmetrical Half-Bridge Converters 一种新型的不对称半桥隔离驱动电路设计
The mechanical behavior of the arch ribs, tied-beams and the longitudinal beams in the case of the half-bridge uniform load are worse than those of the full-bridge uniform load. 在受力上,拱肋、系梁和纵梁的半桥均布加载都比全桥均布加载时更不利;
The paper discussed a half-bridge converter of single-stage PFC with ZVZCS. 文章讨论了一种带有ZVZCS的单级PFC半桥变换器。
Modeling and Control of the Asymmetrical Half-bridge DC/ DC Converter in Fuel-cell Vehicle 燃料电池汽车不对称半桥DC/DC变换器的建模和控制
LLC half-bridge resonant converter has been widely studied due to advantages of high efficiency and high power density. LLC半桥谐振变换器以其高效率、高功率密度等优点成为研究的热门拓扑。
The design method and steps are demonstrated by designing a half-bridge Buck converter with a flat transformer. 通过用扁平变压器设计半桥式变换器的实例,说明其设计方法和步骤,并对设计结果进行了分析。
Nonlinear Matlab simulation model of half-bridge inverter and it's connected power distribution network was setup. 该文建立了半桥式逆变电源及其连接的配电网的完整的非线性的Matlab仿真模型。
The half-bridge inverter and its pollution to connected power distribution network were modeled and studied through simulation. 本文还对半桥式逆变电源及其对配电网的谐波污染进行了建模和仿真研究。
This paper introduces the working principle of high voltage source with half-bridge inverter for electronic beam welder. 介绍了一种半桥逆变式电子束焊机高压电源的工作原理和控制电路。
This paper proposes a half-bridge dual Buck quasi-square-wave resonant converter in which all semiconductor switches operate under ZVS. 本文提出了半桥双降压(Buck)型准方波谐振功率变换器,使所有的半导体开关器件都可以在零电压的条件下开通。
Because of the voltage un-balance, the practicality of the current-mode control half-bridge inverter is restricted. 由于该问题的存在,限制了电流型控制半桥逆变器的实用性。
Design and analysis of half-bridge arc welding inverter 半桥式弧焊逆变器的设计和分析
Half-bridge DC/ DC circuit is selected as the main circuit topology. Its working process is analyzed in detail. 功率电路选取了半桥型DC/DC电路作为主电路拓扑,对其工作过程进行了分析,并对各部分电路进行了设计。
A novel inductor measurement method based on half-bridge circuit is proposed. 本文提出一种基于半桥电路的功率电感测量方法,能给出比传统方法更具参考价值的电感量。